Used KOKUSAI / HIKE DJ-803V-8C #293642884 for sale

KOKUSAI / HIKE DJ-803V-8C is an advanced diffusion furnace and accessories set designed to ensure precise diffusion control and accommodate pieces of up to 100 mm in diameter. This equipment offers a versatile range of features and benefits in a variety of material applications. HIKE DJ-803V-8C features a single-shaft construction, made from high-grade steel with an ultra-durable surface finish. This allows for consistent, reliable diffusion operation and extends the life of the bulky and expensive components. Additionally, the embedded diffusion zone improves the quality of the heating process and ensures precise temperature control, ideal for precise and precise diffusion applications. The unit is operated by a digital controller with wide adjustable ranges that allow for precise control of temperature and pressure. The adjustable zones come in 4 different types, from the low range used for low pressure to the 'super' zone used for high pressure diffusion. The increased pressure range allows for faster heating and cooling for improved diffusion processes. The top of the furnace features an air-cooling system and three removable graphite molds that allow for easy removal of the part after processing. Additionally, the unit features an easily adjustable timer and temperature controller, allowing for precise control of the diffusion process. Additional features include an auxiliary diffusion monitoring system that allows operators to monitor the process in real time via a PC interface. The controller also features a comprehensive display system with a digital readout that displays all information pertinent to the process. KOKUSAI DJ-803V-8C diffusion furnace and accessories set is perfect for a variety of material applications such as aluminum oxide, boron nitride and various semiconductor materials. With its rugged construction, precise control and powerful process capabilities, it's an ideal solution for laboratories and manufacturers seeking reliable, repeatable, and precise diffusion results.